I have noted that the app now has a Max Soc parameters in its Mode Scheduler, which make me think if there is a recommended maximum SOC to improve the battery lifetime?
EV car owner typically maintain their batteries between 10/20% and 80/90%, leaving 100% only to long drives. Should we do the same for our Fox home batteries?
Kind regards,
Lessa
H1-3.7-E
ECS2900-2 with four slaves
11 Jinko Tiger Neo 420W (4.62kWp)
5x TIGO Optimisers due to three roof distribution
Lessa
H1-3.7-E
ECS2900-2 with four slaves
11 Jinko Tiger Neo 420W (4.62kWp)
5x TIGO Optimisers due to three roof distribution
LFP batteries are much more robust than the typical Li-ion battery that you find in an EV and are much more durable.
Fox ESS limit the minimum SoC at 10% which gives a depth of discharge of 90% and as long as you don’t charge them at extreme temperatures they can be safely used with the full 90% of their capacity repeatedly.
Just to mention you will need the latest firmware for the MaxSoC option you see in the scheduler to work
Fox ESS limit the minimum SoC at 10% which gives a depth of discharge of 90% and as long as you don’t charge them at extreme temperatures they can be safely used with the full 90% of their capacity repeatedly.
Just to mention you will need the latest firmware for the MaxSoC option you see in the scheduler to work